Cosmetic system containing an applicator and a gel composition
a gel composition and cosmetic system technology, applied in the field of cosmetic systems comprising gel compositions and applicators, can solve the problems of poor powder dispersion and achieve the effect of enhancing the appearance of keratinous materials
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Examples
example 1 — invention
Example 1—Invention Compositions
[0151]The following composition can be prepared:
[0152]
INVENTIONINCI USCOMPOSITION.AMMONIUM0.3-0.5ACRYLOYLDIMETHYLTAURATE / STEARETH-25 METHACRYLATE CROSSPOLYMERPERLITE0.6-0.8SILICA SILYLATE0.2-0.4NYLON-121.6-2.0METHYL DIISOPROPYL PROPIONAMIDE0.05-0.2 ALCOHOL DENAT.15-20WATER70-80POLYMETHYL METHACRYLATE1.5-2.5
example 2
Product Applied
[0153]Protocol: 15 g of the formula of example 1 was placed into a 2 oz jar, and a porous polymeric material was placed into the 2 oz jar, and allowed to sit overnight. The porous polymeric material was then then applied to the skin 10 times, and the amount of product lost from the porous polymeric material during application was weighed.
[0154]Two different applicators were tested: one applicator having a porous material with a top portion having average pore size of about 40 microns; and one applicator having a porous material with a top portion having average pore size of about 100 microns.
[0155]The first applicator (pore size of about 40 microns) deposited 0.001 g / dab, which was perceived favorably upon application. The second applicator (pore size of about 100 microns) deposited 0.003 g / dab, which was perceived as being too heavy / too much product deposited.
example 3
n of Wicking or Capillary Effect of Gel Compositions
[0156]Identical compositions were prepared, except the invention composition contained 0.5% Aristoflex HMS and the comparative composition contained 0.5% Carbopol. Both gels were thick, with the invention composition having a higher viscosity.
[0157]However, when placed at the base of a porous polymeric material having a bottom porosity of 100-170 micron and a top porosity of 40-75 micron, the comparative composition (Carbopol) did not flow via capillary effect to the top portion of the porous polymeric material. Surprisingly, the invention composition (Aristoflex HMS) did flow through the porous polymeric material via capillary effect. The invention composition (Aristoflex HMS) had a sol / gel crossover point of about 45%, whereas the comparative composition (Carbopol) had a sol / gel crossover point of about 110%. The lower sol / gel point associated with the present invention resulted in low strain, allowing the Aristoflex HMS gel to b...
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Abstract
Description
Claims
Application Information
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